units   = "reduced"
ensemble= "NVE"

frame_type="generate"
-- if frame_type==generate
m  = 7;
np = 4*m*m*m;
L  = math.pow( np, 1.0/3.0 );
gen_box         = { L, L, L}
gen_particles   =  np
gen_mass_min    = 1
gen_mass_max    = 5+gen_mass_min
gen_temperature = 0.8;
output  = "demo.dat.gz"

-- time parameters
dt_run =0.0001
dt_save=0.01

-- chosen step
step="verlet"

-- potential parameter
epsilon=1
sigma=1
cutoff=2.5*sigma;
cutout=2.7*sigma

-- required dynamics : full/cells
dynamics_type="full"
--dynamics_type="cells:nothread"
dynamics_type="cells:threaded"

-- simulation time
runtime = 1.0;
 
